General Electric Microwave Fuse Or Sensor

The Fuse is an OEM part for GE microwaves. It serves as a safety device designed to protect the microwave from excessive current that can cause overheating and potential fire hazards. When the current flowing through the microwave circuit exceeds a certain level, the fuse blows or breaks, cutting off the power to prevent damage or fire.

Common causes for a fuse to blow include power surges, faulty wiring within the appliance, or the use of microwave inappropriate containers that cause sparks. It is essential to address these issues not only to replace the fuse but also to correct the underlying problems to prevent future failures.

Symptoms of a bad fuse include:

• The microwave suddenly stops working.
• No signs of power or response even when the microwave door is closed and the start button is pressed.

This GE replacement part is also compatible with Hotpoint, RCA, and some Kenmore models.

The Probe Thermistor is an OEM replacement part for GE wall ovens and ranges. Located inside the oven cavity, this temperature-sensitive probe precisely monitors interior heat to safeguard against overcooking.

Causes of a faulty thermistor involve exposure to excessive cooking temperatures, moisture infiltration from spills or steam, or basic failure due to old age.

Symptoms of an inadequate probe thermistor include:

• Inaccurate temperature readings and baking inconsistencies
• Oven temperature exceeding desired setting risking fire

This OEM GE replacement part is also compatible with Hotpoint, RCA, and some Kenmore models.

The Thermostat is an OEM part for GE microwaves. This part regulates the temperature within the microwave, ensuring it operates within safe and efficient temperature ranges. It helps prevent overheating by monitoring and controlling the internal temperature, protecting both the appliance and the user.

Causes of a bad thermostat can include wear and tear over time, electrical malfunctions, or damage from power surges.

Symptoms of a bad thermostat include:

• Microwave not heating properly
• Overheating or shutting off unexpectedly
• Error codes related to temperature issues
• Inconsistent cooking times

This OEM GE part is also compatible with Hotpoint, RCA, and some Kenmore models.

This temperature-sensitive thermostat helps protect the microwave and nearby components by switching the circuit based on heat. It typically engages the cooling/vent fan or opens the circuit if excessive heat is detected, preventing overheating damage.

• Monitors temperature and changes state around the 70°C/40°C range
• Helps prevent overheating of internal components during heavy cooking
• Can trigger or regulate the vent/cooling fan on over-the-range units
• Common failure signs: vent fan not auto-cycling with cooktop heat, microwave shutting off from heat, or no continuity when tested at room temp and when heated

• Disconnect power to the appliance before servicing
• Note wire positions; transfer leads one at a time to the new thermostat
• Mount firmly to its bracket or surface for correct heat sensing
• After installation, verify fan operation and monitor for proper cycling

The Thermostat is an OEM part for GE ovens. This critical component functions as a temperature sensor and controller within the oven, ensuring that the oven heats to the set temperature and maintains it throughout the cooking process. The thermostat prevents the oven from overheating by cycling the heat on and off as needed. 

Symptoms of a failing thermostat include:

• Oven not reaching the desired temperature
• Overheating beyond the set temperature
• Uneven cooking or baking results
• Oven temperature fluctuating more than usual

Causes of thermostat failure generally include age-related wear and tear, calibration issues, or exposure to extreme temperatures that can damage its internal components.

This GE replacement part is also compatible with Hotpoint, RCA, and some Kenmore models.

This thermostat is a temperature-sensing safety switch used in microwave ovens. It monitors heat and opens the circuit during an over-temperature condition to protect internal components and help prevent damage. What it does:

• Monitors temperature at a specific location inside the microwave
• Interrupts power if overheating is detected to protect components
• Helps safeguard the magnetron and wiring from thermal damage
• Presents as: shuts off mid-cycle, won't restart until cooled, no power, or runs but doesn't heat

• 1 thermostat

• Disconnect power before service; microwaves contain a high-voltage capacitor that can hold a dangerous charge—discharge it properly
• Note wire locations and transfer connections one at a time to the new thermostat
• Mount in the original location with firm, flush contact to the surface for accurate sensing
• Reinstall all covers and safety shields before restoring power and testing

The Thermostat (Plate) is an OEM part for GE microwaves. This thermostat helps to prevent overheating, which can cause damage to the microwave and potentially pose a safety risk.

Over time, the thermostat can wear out or fail due to electrical issues, repeated heating cycles, or manufacturing defects. 

Symptoms of a bad thermostat include:

• The microwave not heating properly
• The microwave shutting off unexpectedly during use
• Error codes or warning signals related to temperature issues
• The microwave not starting at all

This OEM GE part is also compatible with Hotpoint, RCA, and some Kenmore models.

This is the oven thermostat that senses and controls the oven cavity temperature so your range heats to and maintains the set temperature for baking and roasting. Replacing a faulty thermostat can restore consistent, accurate cooking performance.

• Regulates oven temperature by cycling the heat source on and off
• Helps correct issues like oven not reaching set temperature or running too hot
• Can address erratic temperature swings or uneven baking results
• Mechanical control with sensing bulb/capillary that monitors oven heat

• Disconnect power and allow the oven to cool completely before service
• Handle the capillary/sensing bulb carefully—do not kink, bend sharply, or cut it
• Route and secure the capillary in the original clips/position to avoid hot spots
• Verify knob alignment and perform a test preheat; adjust calibration only per service guidance

This thermostat switch is a temperature-sensitive safety device used in select appliances to open or close an electrical circuit at a set temperature. Replacing a failed switch helps restore proper temperature control and protects components from overheating.

• Monitors temperature and changes state (open/closed) at its calibration point
• Helps prevent overheating or incorrect temperature regulation
• Common failure signs: no heat/overheating, intermittent cycling, or unit shutting off prematurely
• May be mounted to a bracket or surface near the heated area, depending on the model

• Disconnect power before servicing; verify no voltage is present
• Note wire positions and orientation of the original switch before removal
• Transfer any mounting hardware from the old part if not reusable
• After installation, test operation and observe initial heating cycle for proper function

The Thermostat is an OEM part for GE microwaves. This thermostat maintains safe operating temperatures by monitoring the internal heat levels and regulating the microwave's heating elements.  

Causes of a bad thermostat can include electrical issues, repeated heating cycles leading to wear and tear, or damage from power surges.  

Symptoms of a bad thermostat include:

• The microwave not heating properly
• The microwave shutting off unexpectedly during operation
• Error codes or warning signals related to temperature issues
• The microwave not starting at all

This GE replacement part is also compatible with Hotpoint, RCA, and some Kenmore models.

This thermal cut-off installs in the bottom location and protects the appliance by interrupting power when excessive heat is detected. It helps prevent overheating-related damage to internal components.

• Monitors temperature at the bottom of the unit and opens the circuit if an over-temperature condition occurs
• Common symptoms include no power, shutting off during use, or not starting after an overheating event
• The TCO tests open (no continuity), it must be replaced

• Disconnect power before servicing; microwaves contain a high-voltage capacitor that must be safely discharged
• Note wire positions and mounting orientation; transfer any reusable bracket/insulator and make secure, insulated connections
• After reassembly, ensure airflow and vents are unobstructed to prevent repeat overheating

This 250V 15A safety fuse protects the appliance's line circuit from overcurrent. When the original fuse has blown, replacing it can restore power and help safeguard internal components from further damage.

• Opens the circuit if excessive current or a short occurs, protecting internal parts
• Common symptom: unit completely dead—no display, lights, or response to controls
• Blown fuse will test open (no continuity) with a multimeter
• If a new fuse blows again, another component may be shorted and needs diagnosis

• Unplug the appliance before servicing; microwaves can retain a dangerous charge—discharge the high-voltage capacitor
• Access the fuse near the line filter/control area; note clip orientation
• Replace only with the same 250V 15A rating; never bypass or upsize the fuse
• If the replacement fuse blows immediately, stop and troubleshoot the root cause

This gas sensor monitors moisture levels during sensor-cook cycles so the control can adjust time and power for consistent results. Replacing a failed sensor restores reliable sensor-cook performance. What it does:

• Detects steam/vapor inside the cavity and sends feedback to the control board
• Helps the appliance automatically set or adjust cooking time on sensor settings
• Failure symptoms can include sensor-cook not starting, stopping early, or running too long
• May trigger "Sensor" or general error messages related to sensor-cook functions

• Disconnect power before servicing; if working on a microwave, discharge the high-voltage capacitor
• Access is typically behind the control panel or air channel; avoid touching/contaminating the sensing surface
• Transfer any mounting clips/brackets and ensure the wiring connector is fully seated
• After installation, run a simple sensor-cook test to confirm operation

This microwave thermostat is a temperature-sensitive safety switch that helps protect the unit from overheating. When the preset limit is reached, it interrupts power to the affected circuit to help prevent damage and erratic shutdowns.

• Monitors temperature at its mounting location and opens the circuit if overheating is detected
• Helps protect internal components from excessive heat
• Common symptoms of a failed thermostat include: unit shuts off during cooking, won't start until it cools down, or has no power/no heat due to an open safety
• Replace if the original tests open when it should be closed

• Disconnect power by unplugging the unit or switching off the circuit breaker before servicing
• Microwaves contain a high-voltage capacitor that can retain a dangerous charge; only qualified persons should service and discharge the capacitor
• Note wire locations before removal and transfer connections firmly to the new thermostat
• Mount the thermostat securely and in the same position to ensure proper temperature sensing

Ceramic

This NTC thermistor is a temperature sensor that feeds real-time temperature data to the control. Replacing a failing sensor helps restore accurate temperature regulation, reduce nuisance shutdowns, and improve consistent cycle timing and performance.

• Monitors temperature by changing resistance as heat rises or falls
• Sends a signal to the electronic control to manage heating and fan operation
• A failed sensor can cause inaccurate temperatures, short/long cycles, or sensor-related error messages
• May prevent certain cycles from starting

• Disconnect power and allow the appliance to cool completely before servicing
• Note connector orientation and wire routing; take a photo for reference
• Install the sensor in the original location/clip and route wires away from hot or moving parts
• Restore power and run a test cycle to proper temperature response